• Scientific and pedagogical direction - Doctor of Philosophy (PhD)

ON1
- to develop a systematic understanding of the methods of study, information technology research in the field of the reproduc- tion of the reproduction for the integration of the system of the repro-
- to develop a special system, a creative system, a customer, a customer, a customer, a customer, a customer, a customer, and a customer.
- demonctpipovat ppeimuschectva geogpaficheckih metodov variations iccledovanii zagpyazneny okpuzhayuschey cpedy, ekologicheckogo monitopinga and kaptogpafipovaniya geocictem for pesheniya nauchnyh and ppoizvodctvennyh zappocov nauki and obschectva;
- produce patterns of the cadre of the Czech Republic of the capital of the Republic of the Republic of the South of the Republic of Moldova.
- to propose new knowledge of modern computer technologies for use in order to save, store, process, analyze and transfer the data on the system for the purpose of information and aforementioned information for future;
ON2
- cozdavat, pazpabatyvat, pealizovyvat komplekcny At Process nauchnyh iccledovany and tendentsii pazvitiya ocoboy deyatelnocti Po ppoizvodctvu nauchnyh znany in oblacti geogpaficheckih iccledovany in ictopichecki izmenyayuschemcya cotsiokultupnom kontekcte;
- to conduct the scientific and technical examination of new methods of analysis and processing of physical images and game information;
- to use statistical methods (multi-factor and traditional analysis) to propel physical development and to establish its purpose;
- to formulate the main stages of development of the theory and methodology of geographical research methods for assessing the ecological state of natural and man-made complexes;
- to adapt materials of geographical character with application of GIS technologies for research of natural resource potential of the country, regions and areas for the purposes of environmental management and environmental planning.
ON3
- to analyze theoretical and scientific and practical knowledge of the basics of nature management for their implementation in interdisciplinary subjects; to theorize actual problems of methodology and technology of spatial development of geosystems to explain and evaluate promising areas of development of natural geosystems;
- to formulate actual problems of methodology and technology of spatial development of geosystems;
- to predict the possible future development of natural geosystems;
- to assess the predominant features of innovation sources of information necessary in the geographical studies of the dynamics and prediction of geosystems;
- to develop recommendations on restoration and preservation of ecological status of geosystems for the solution of geographical problems
ON4
- to structure and make the General base of information sources on any problems and directions of cartographic modeling of geosystems for increase of professionalism of high qualification;
- independently choose and offer new methods of research of scientific and production profile of their professional activities;
- to analyze the selected methods of geographical research for processing, analysis and synthesis of geographical information: cartographic, aerospace, complex geographical methods of geographical zoning and forecasting and for their use in scientific and industrial processes;
- to offer modern computer programs for the solution of research and production and technological problems of professional activity;
ON5
- to solve the problems of preliminary and thematic processing of digital satellite images, automated mapping using GIS technologies and data;
- use the data of the remote sensing data in the search for environmental, technological, management, etc. decisions';
- to integrate basic knowledge of mathematics in the volume necessary for the possession of mathematical apparatus in the geographical Sciences, for information processing and analysis of geographical data;
- to argue the basics of cartography and cartographic method for use in geographical studies;
ON6
- develop a monitoring program for environmental control based on geographic information and cartographic data, remote sensing and GIS technologies to improve the effectiveness of environmental programs;
- to combine the integral knowledge reflecting the modern level of the automated systems of collecting and processing of data of remote sensing for strengthening of system approach in scientific researches and production.
- use basic knowledge, basic approaches and methods of physical and geographical research for research in related fields of science;
- develop and implement a program of resource conservation, environmental management and monitoring of geosystems at the local, regional and national levels;
- to assess the system of development of indicators and implementation of the organization aimed at ensuring competitiveness in the specialty;
ON7
- to present a system of cartographic results and indicators to ensure the competitiveness of cartographic production;
- to carry out scientific and technical expertise of new methods of analysis and processing of satellite images and geographic information;
- develop pre-processing and thematic processing of the main types of satellite images; create databases;
- implement an integrated environmental monitoring programme for environmental monitoring based on remote sensing and GIS technology
ON8
- to systematize knowledge and methods of information technologies for the solution of scientific and applied problems of geography, including in new areas of social and public spheres;
to manage geographical projects for the development and implementation of programs to solve environmental and economic problems of resource conservation at the local, regional and national levels;
- use the possibility of obtaining theoretical knowledge in related fields of science for the application of their scientific methods in geographical research;
- to draw a conclusion of the integral knowledge reflecting the modern level of the automated systems of collecting and processing of data of remote sensing for creation on their basis of cartographic products
ON9
- to study and solve problems of preliminary and thematic processing of digital satellite images, automated mapping using GIS technologies and data;
- apply methods and algorithms of remote sensing data processing for comparison with existing data processing and analysis systems;
- create a project based on the technical specifications in the field of modeling of geosystems for the development of scientific and curriculum profile activities in high school;
- to recommend new methods of research of natural geosystems taking into account digitalization of science and introduction of innovative technologies.
ON10
- generate new ideas and directions for the introduction and use of modern geographical research methods in cross-sectoral areas to deepen interdisciplinary ties with various scientific and industrial organizations;
- to find methodological and technological solutions to the scientific problem in new and unfamiliar contexts for the integration of geography in the interdisciplinary sphere of scientific production;
- to give an objective assessment of the applied methodological apparatus of spatial visualization, to improve the level of results of scientific and applied research.
ON11
- theorize analytical approaches to solving scientific and production problems to improve the alternative and efficiency of geographical science and production;
- to integrate interdisciplinary knowledge into the research process on the problems of innovative modeling of geosystems for the implementation of complex research and production programs and projects of economic development;
- to demonstrate a systematic understanding of the tasks, problems and methods of geographical science research to deepen scientific integration.
ON12
- create and manage a research team to plan and implement geographic projects;
- make decisions in the event of complex emergencies and convince opponents of the correctness of the methods adopted to eliminate the causes;
- to carry out expertise of scientific projects of any level and to evaluate the effectiveness of their practical results